词语导航
基本信息
词语：共熔物
繁体：共熔物
拼音：gòng róng wù
英语翻译
【建】 eutectic
分词翻译
共的英语翻译：
altogether; common; general; share; together
【医】 sym-; syn-
熔的英语翻译：
fuse; melt; smelt
物的英语翻译：
content; matter; substance; thing
【化】 object
【医】 agent
翻译例句
1. 对于一些材料而言，如氧化物分散强化的合金或者定向固化的低共熔混合物，其使用似乎依赖于一个特殊的创始人或者创始人团队。
For some materials, such as oxide dispersion-strengthened alloys or directionally solidified eutectics, the usage seems to depend upon a particular author or group of authors.
2. 反应共混物熔体呈假塑性流体特征。
The melt of blends exhibits the characteristics of pseudoplastic fluid.www.wENtIyI.cOm
3. 探讨除丙胺卡因外，利多卡因与其它碱性局麻药形成低共熔混合物的可能性。
The possibility of the eutectic mixture of lidocaine and other local anaesthetic drugs was investigated except for prilocaine.
4. 为了开发低共熔组成酮麝香、二甲苯麝香混合物溶液结晶新过程，计算得到酮麝香、二甲苯麝香、溶剂三元相图。
In order to develop a new solution crystallization process to separate the eutectics of musk ketone and musk xylene, the ternary phase diagrams of musk ketone, musk xylene and solvent were calculated.
5. 那是低共熔混合物。
That"s a eutectic mixture.
6. 体系的相图是复杂的，产生象·和·2之类的低共熔水合物。
The phase diagram of the - system is complicated, and eutectic hydrates such as - and -2 occur.
7. 结果利多卡因-月桂醇二元共熔混合物的熔点明显比利多卡因低。
Results The melting point of the lidocaine-dodecanol binary eutectic system was markedly lower than that of pure lidocaine.
8. 讨论了共混物的组成、剪切应力和剪切速率以及温度对熔体流变行为、熔体粘度的影响。
Influences of composition of the blends, shear stress, shearing rate and temperature on the rheological behavior and viscosity of the melt were discussed.
9. 考察了毛细管挤出过程中LDPE/LLDPE共混物熔体的流动行为及其影响因素。
The flow behaviour of LDPE/LLDPE blend melt and its influential factors in capillary extrusion are investigated.
10. 结果表明，共混物熔体为假塑性流体。
The results showed the blend melts were pseudoplastic fluids.
11. 所述电解质将低共熔混合物与在初始充电时先于该低共熔混合物被还原从而形成固态电解质界面(SEI)层的添加剂结合使用。
The electrolyte USES a eutectic mixture in combination with an additive reduced in advance of the eutectic mixture upon the initial charge to form a solid electrolyte interface (SEI) layer.
12. 熟料大块的形成起源于窑尾物料中存在大量碱的硫酸盐和氯化物的低共熔液相及其不均匀分布。
The clinker masses are formed due to the presence and non-uniform distributions of large amount of lower melting alkali sulphates and chlorides in the kiln charge.
13. 以共混物平衡扭矩为参数考察了界面改性剂对共混物熔体扭矩的影响；
The effects of interfacial modification on torque of blend melt and crystallization behavior of PP were investigated.
14. 结果表明：共混物的熔体流动指数随PEEK含量的降低和熔体温度的升高而增加；
The melt flow index of the blends was increased when the content of PEEK was decreased and melt temperature was increased.
15. 随着PEO含量的增加，TPS/PEO共混物的熔体粘度下降，有利于塑化加工。
TPS/PEO melt viscosity decreased with the increase of PEO content that made it easily processed.
16. 考察了共混比、不饱和极性单体、PP熔体挤出接枝物、增塑剂及EPDM用量对共混物力学性能的影响。
The influences of blending ratios, EPDM"s quantity, PP melt - extruded grafting copolymers, unsaturated polar monomers and plasticizer on the mechanical properties of the blends were investigated.
17. 随着PTFE含量的增加，共混物熔体的黏度先减小后增加，说明适量的PTFE可以改善共混物的成型加工特性。
It is also shown that the complex viscosity of the blends varies with the PTFE content; an appropriate content of PTFE can improve the processability of the blends.
18. 共混物熔体的粘度-组成曲线上呈现一个极小值：当PU含量较低时，共混物的耐热性与纯PP相近；
A minimum exists in the viscosity—composition curves for the blend melts. The thermal stability of PP / PU blends with lower PU contents is close to that of pure PP component.
19. 随着非牛顿剪切速率的增加，PP及其共混物的熔体粘度明显下降，表现出剪切变稀现象，呈现假塑性流体的流动特征。
As the non-newtonian shear rate increasing, the melt viscosity of the PP and their blends were decreased, and behave shear thinning, show the Pseudo-plastic fluid features.
20. 随着非牛顿剪切速率的增加，PA 6及其共混物的熔体粘度明显下降，表现出剪切变稀现象，呈现假塑性流体的流动特征。
As the non-newtonian shear rate increasing, the melt viscosity of the PA6 and their blends were decreased, and behave shear thinning, show the Pseudo-plastic fluid features.
21. 随着非牛顿剪切速率的增加，PA 6及其共混物的熔体粘度明显下降，表现出剪切变稀现象，呈现假塑性流体的流动特征。
As the non-newtonian shear rate increasing, the melt viscosity of the PA6 and their blends were decreased, and behave shear thinning, show the Pseudo-plastic fluid features.
版权声明：问题易所有作品（图文、音视频）均来源网络，版权归原创作者所有，与本站立场无关，如不慎侵犯了你的权益，请联系我们告知，我们将做删除处理！